This video shows how PI hexapods align fibers with submicrometer accuracy to reach the so-called “first light”. PI provides a variety of innovative fiber alignment systems. Fiber alignment is an ...

One approach to creating a quantum computer is to use trapped ions, which rely on lasers delivered by optical fibers for quantum control. Our robust feedback control system uses a six-axis stage to ...

New hexapods, piezo nanopositioners, MagLev stages, and photonics alignment systems for high-precision applications in the semiconductor, photonics, life-science, and automation industries – Hall A3, ...

This video shows PI Solutions developed for photonics alignment/fiber alignment. PI offers a range of solutions for photonics and fiber alignment applications. The systems provide multi-channel ...

The use of lasers to route data streams through free air will find its place, but it's not likely to become a mainstream optical-networking technology. Free-space optics technology has been ...

The laser module is one of the least reliable components in such a system. For that reason, it remains in a convenient pluggable form, enabling easy and inexpensive replacement. If designers were to ...

Fianium FemtoPower 1060 lasers are compact, turn-key fiber lasers providing high average power and femtosecond pulse duration. The latest generation of lasers offer even higher peak-powers with an ...